Manfred Niederhuefner

Title: **Manfred Niederhuefner: A Pioneer in Joint Connection Innovations**

Introduction

Manfred Niederhuefner, based in Hanau, Germany, is a noteworthy inventor with a focus on innovative joint connections. His inventive contributions are reflected in his two patents, which showcase his expertise in torque-transmitting technologies.

Latest Patents

Niederhuefner's latest patents include a method for producing a joint connection and the design of a constant velocity joint. The first patent delves into a method for creating a torque-transmitting joint connection, specifically between components with spur gear teeth and a corresponding constant velocity joint. The ingenious aspect of this method lies in utilizing an axial engaging force to allow spur gear teeth to interengage, ensuring optimal transmission efficiency through functional surface contact.

His second patent focuses on a constant velocity joint that features an inner hub and an outer hub, designed with paired tracks that accommodate balls for torque transmission. A unique element of this joint is the integration of a joint connector, creating a rotationally fixed connection to one of the hubs, thereby enhancing torque transmission efficacy through mating profile members.

Career Highlights

Throughout his career, Niederhuefner has made significant strides in engineering, contributing his knowledge and skills to reputable companies such as Shaft Form Engineering GmbH and Bf New Technologies GmbH. His work in these organizations has allowed him to refine his inventions and implement innovative solutions in the field of joint connections.

Collaborations

While working in the industry, Niederhuefner has collaborated with fellow engineers and inventors, including Mathias Lutz and Werner Jacob. These collaborations have fostered an environment of innovation, allowing them to share ideas and enhance their projects in joint technology.

Conclusion

Manfred Niederhuefner's inventions and patents mark a significant contribution to the field of joint connections, portraying his role as a forward-thinking inventor. With a solid career background and pivotal industry collaborations, his work continues to influence advancements in torque transmission technology, securing his legacy within the engineering community.